Endurance Test Stands

Endurance test stands to validate the life expectancy often run 24/7. We therefore place great store on the reliability of imc test stands. Whether it be the mechanics, data acquisition or automation – everything has been designed for endurance operation.

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Test Stands

imc Test & Measurement GmbH

We develop modern and flexible test stands for research, development and production. In doing so we exclusively use our own in-house imc measurement hardware and software platform that has become established in the testing market worldwide. Our experienced “customer solutions team” is at your side during all phases of project development: from planning and construction through to configuration and implementation phases. We are also more than pleased to support you in modernizing and retrofitting existing installations and protecting your investment in the future.

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Development Test Stands for Electric Motors

imc Test & Measurement GmbH

Development test stands from imc are characterized by high flexibility in electric motor trials. A comprehensive variety of motor types can be tested and a complete range of tests carried out. The mechanical configuration consists of a test bed with a load machine and a torque measuring shaft. The load machine and torque sensor shaft are mounted on a linear guide and precisely aligned axially by means of laser. It can be moved towards the test object on ball bearings, as a complete unit. Especially time-saving: no need to realign the load machine assembly when changing the torque sensor.

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Production Test Stands for Electric Motors

imc Test & Measurement GmbH

Electric drives such as DC and EC motors are more and more extensively deployed in the automotive industry. At the same time there is an increasing requirement for a 100% analysis of motors for fault detection and error analysis as well as statistics on quality, without increasing production cycles times. The model-based Parameter Identification method (PI method) from imc allows testing to be performed under load, yet without an “explicit” separate load machine. Instead, the motor is loaded dynamically by exploiting its own inherent inertia. This allows motor parameters such as resistance, inductivity and friction to be determined within a few seconds. A mathematical model and its parameters reflect motor behaviour in its completeness and make it possible to monitor motor production based on limit values and trend statistics. The identified parameters of the model equation can then be used to calculate derived key performance indicators of the motor characteristic curve.

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Component Test Stands

imc Test & Measurement GmbH

As your specialist for measurement and testing technology, imc designs and manufactures test stands perfectly matching requirements for a complete range of components: whether for servomotors, pumps, brakes or valves – according to your wishes, imc component test stands can quickly and precisely test for perfect operation, verify lifetime, determine energy efficiency, and much more. Thanks to the modern software imc STUDIO, test objects can be tested for complex and wide-ranging scenarios.Test stand solutions from imc are characterized by their flexibility, short set-up times and productive test processes.As a manufacturer of measurement and test technology, it is second nature to us that imc test stands deliver reproducible and verifiable results and ensure productive test processes. Furthermore, we place enormous value not only on first-class technical features for imc test stands, but also on meeting the economic demands of our customers.

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Endurance Test Stands

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Test Stands

Development Test Stands for Electric Motors

Production Test Stands for Electric Motors

Component Test Stands